Blackfriars Bridge Will Become the World's Largest Solar Span
Omar Yusuf — October 4, 2011 — Eco
References: solarcentury & treehugger
The fact that solar power has fewer social externalities, is cheaper and is more versatile than most energy sources isn't enough to summon the support of the general public -- structures like the Blackfriars Bridge have to prove the rhetoric.
The worldwide dialogue on energy is one that's muddled by exaggerated statistics and divisive demagoguery, which explains why the public is so reticent to accept facts at face value. The 900,000kWh of electricity that the Blackfriars Bridge will generate every year, however, is impossible to refute. Developed by the engineering firm SolarCentury, the span crosses the Thames near St. Paul's Cathedral and accommodates train, pedestrian and vehicle traffic. Although the bridge has been standing since early 1869, it'll be revamped with 6,000m2 of PV panels, making Blackfriars Bridge the largest solar array in London and the largest solar bridge in the world!
The worldwide dialogue on energy is one that's muddled by exaggerated statistics and divisive demagoguery, which explains why the public is so reticent to accept facts at face value. The 900,000kWh of electricity that the Blackfriars Bridge will generate every year, however, is impossible to refute. Developed by the engineering firm SolarCentury, the span crosses the Thames near St. Paul's Cathedral and accommodates train, pedestrian and vehicle traffic. Although the bridge has been standing since early 1869, it'll be revamped with 6,000m2 of PV panels, making Blackfriars Bridge the largest solar array in London and the largest solar bridge in the world!
Trend Themes
1. Solar Power - Disruptive innovation opportunities in developing more efficient and cost-effective solar panels.
2. Renewable Energy - Opportunities to invest in and develop infrastructure for harnessing renewable energy sources.
3. Infrastructure Revamp - Opportunities to modernize existing structures with sustainable technologies like solar panels.
Industry Implications
1. Energy - The energy industry can explore ways to incorporate solar power into their existing infrastructure and grid systems.
2. Construction - Construction companies can specialize in the design and implementation of sustainable infrastructure projects.
3. Engineering - Engineers can focus on developing innovative ways to integrate renewable energy sources into existing structures and systems.
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